Specifications

• Belt Type
  14GTV
• Pitch
  0.552 in / 14 mm
• Material
  Polyurethane
• Pitch Length
  82.68 in / 2100 mm
• Overall Width
  20 mm
• Number Of Teeth
  150
• Belt/Slab
  Belt
• Number Of Toothed Sides
  1
• Overall Length
  2100 mm
• Color
  Black
• Belt Section
  14M
• Cord Material
  Carbon
• Belt Back Side
  Ribbed
• Description
  Antistatic power transmission belts are a must in volatile enviroments. To ensure the highest safety standards, their capacity to safely dissipate static electricity should meet the required levels over the lifetime of the belt - and not only when new. The Poly Chain Carbon Volt belt is the only belt in the market that meets the ISO 9563 standard over the complete lifespan of the belt. Its patented, static-conductive jacket construction transfers static electricity safely to carbon tensile cords, away from the driven side of the application - making it your safest and strongest option for reliable dissipation of electrostatic charges.
• Belt Height
  0.394 in / 10.2 mm
• End Type
  Endless
• Fabric Type
  Nylon
• Belt Width
  20 mm
• Manufacturer Catalog Number
  92394150
• Manufacturer Upc Number
  770075617389
• Max Operating Temperature
  185 °F
• UPC_NO
  770075617389
• Maximum Temperature
  +185°F / +85 °C
• Minimum Temperature
  -65°F / -54 °C
• Operating Temperature Range
  -65 to +185 °F
• Reinforcing Cord Material
  Carbon
• Sided
  Single Sided
• Sprocket Compatibility
  Poly Chain GT
• Standard Width
  YES
• Static Conductive
  Yes
• Tooth Form
  Curvilinear
• Tooth Height
  0.236 in / 6 mm
• Weight
  0.72 lbs
• Width
  0.787 in / 20 mm
• Additional Details
  Antistatic power transmission belts are a must in volatile environments. To ensure the highest safety standards, their capacity to safely dissipate static electricity should meet the required levels over the lifetime of the belt - and not only when new. The Poly Chain Carbon Volt belt is the only belt in the market that meets the ISO 9563 standard over the complete lifespan of the belt. Its patented, static-conductive jacket construction transfers static electricity safely to carbon tensile cords, away from the driven side of the application - making it your safest and strongest option for reliable dissipation of electrostatic charges.